The book "Physics of lasers", written by the author's team consisting of Kondilenko, Korotkov and Khizhnyak, is a fascinating and deep immersion in the world of laser physics. This publication will be a real discovery for both undergraduate and graduate students, as well as for experienced professionals seeking to expand their knowledge in this field. From the first pages, the reader finds himself in the center of an exciting journey through the basics of laser technology. The authors masterfully explain the complex physical processes underlying the operation of lasers, ranging from quantum mechanics to the practical aspects of their application. The book covers a wide range of topics, including the principles of laser radiation generation, its interaction with matter, as well as various types of lasers and their characteristics. One of the key features of "Physics of lasers" is an accessible and understandable style of presentation. The authors use many illustrations and examples, which allows readers to easily digest the material. This makes the book ideal for those who are just starting out with laser physics, as well as for those who already have certain knowledge and want to deepen their skills. Who can like this edition? First of all, it will be interesting for physics students, engineers and researchers engaged in optics and laser technologies . The book will also be useful to teachers who are looking for high-quality and modern material for their courses. An equally important aspect is that Laser Physics can attract the attention of science and technology enthusiasts who want to understand how lasers work and how they change our world. The topics raised in the book are diverse and relevant. The authors discuss not only theoretical aspects, but also practical applications of lasers in medicine, industry, communication and scientific research. The reader will learn about how lasers are used in surgery, to create high-quality images, and even in semiconductor manufacturing. This makes the book not only a textbook, but also an interesting source of information about modern technologies. The style of the authors is clear and logical, which makes it easy to follow the course of thought and better understand the concepts in question. Kondilenko, Korotkov and Khizhnyak are experienced physicists, and their knowledge and passion for the subject are felt on every page. They are also the authors of other well-known works, which confirms their authority in the scientific community. If you are looking for literature that combines theory and practice, and also inspires further study of laser physics, then Laser Physics will be an excellent choice. This book will not only expand your knowledge, but also help to see how lasers affect our lives and what prospects are opening up in this exciting field of science. In search queries, readers can use phrases such as “laser physics”, “the principles of lasers”, “the use of lasers in medicine” and “the physics of optics”. This will help to find not only this edition, but also other books and materials that can be useful for studying this fascinating topic. Thus, “Physics of lasers” is not just a textbook, but a real find for anyone interested in science and technology. It opens the door to the world of lasers, where everyone can find something new and useful for themselves.